Next up from @seguralab at #SFB2023 is @Aleja_Arnedo giving a rapid fire presentation (Coral5 11:30) about her work culturing primary bone marrow derived macrophages in #MAPgel. Check out how microgel size impacts macrophage polarization in vitro and in vivo! Also poster P3174.
New #MAPgel #granulargel publication in the MAP timeline! This time it is from my lab! Remember that weird D-amino acid paper? Well here we go again! We injected L-MAP and D-MAP subQ and analyze the immune cells that are recruited. 21-color panels are fun! https://seguralab.duke.edu/what/highlights/map-scaffolds/#popularity
MAP Scaffolds | Duke University - Segura Lab

MAP stands for Microporous Annealed Particles, and it’s a biomaterial we invented with special properties that make it stand out in a class of its own.

Duke University - Segura Lab
Re-do. Another #MAPgel #granulargel publication added! This time from the @JenniferALewis1 and @ellentroche labs! Tired of trial and error for granular gel design? Try out their ML method & remove the guess work! I had missed the tweet by Ellen!
https://seguralab.duke.edu/what/highlights/map-scaffolds/#popularity………
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RT @ellentroche
New paper out today with @JenniferALewis1 https://www.cell.com/matter/fulltext/S2590-2385(23)00011…
https://twitter.com/ellentroche/status/1620583118586667008
MAP Scaffolds | Duke University - Segura Lab

MAP stands for Microporous Annealed Particles, and it’s a biomaterial we invented with special properties that make it stand out in a class of its own.

Duke University - Segura Lab
Wow what a week for the MAP timeline! Another #MAPgel #granulargel publication was added! This time from the @JenniferALewis1 lab! Tired of the trial and error nature of granular biomaterial design? Try out their ML method & remove the guess work!
https://seguralab.duke.edu/what/highlights/map-scaffolds/#popularity……
MAP Scaffolds | Duke University - Segura Lab

MAP stands for Microporous Annealed Particles, and it’s a biomaterial we invented with special properties that make it stand out in a class of its own.

Duke University - Segura Lab
New #MAPgel #granulargel publication in the MAP timeline! This paper showcases how microbial populations and mammalian cellular spheroids can be generated through annealing microgel particles loaded with cells!
https://seguralab.duke.edu/what/highlights/map-scaffolds/#popularity…
MAP Scaffolds | Duke University - Segura Lab

MAP stands for Microporous Annealed Particles, and it’s a biomaterial we invented with special properties that make it stand out in a class of its own.

Duke University - Segura Lab
New #MAPgel #granulargel publication in the MAP timeline! This time from the @DeLaporte_Lab! Laura's lab has pioneered the use of rod shaped microgels for tissue repair applications. In this publication they annealed the microgels to form MAP scaffolds! https://seguralab.duke.edu/what/highlights/map-scaffolds/#popularity
MAP Scaffolds | Duke University - Segura Lab

MAP stands for Microporous Annealed Particles, and it’s a biomaterial we invented with special properties that make it stand out in a class of its own.

Duke University - Segura Lab
New #MAPgel #granulargel publication in the MAP timeline! This time from the @mtibbitt lab! Its an awesome paper, which we were very happy to review 😉. Check out the timeline at https://seguralab.duke.edu/what/highlights/map-scaffolds/#popularity
MAP Scaffolds | Duke University - Segura Lab

MAP stands for Microporous Annealed Particles, and it’s a biomaterial we invented with special properties that make it stand out in a class of its own.

Duke University - Segura Lab
My students get a logo on the website once they pass their prelim exam. We have new logos! this one is by 'not on twitter' Elle Caston with her project to understand why chirality changes the way our body sees #MAPgel and results in regenerative healing.